Create a low-cost, traffic monitoring system by deploying the FG-3+ fluxgate magnetometer near roads to detect magnetic disturbances caused by passing vehicles. Use the Arduino UNO R4 WiFi to detect vehicles, and optionally timestamp data, and upload real-time traffic analytics to the Arduino Cloud for remote monitoring and historical trend analysis.

In today’s world, where security threats are becoming more sophisticated, it’s essential to rely on advanced and non-intrusive screening solutions. One of the most reliable and effective tools used in modern security systems is magnetometer security —a method that detects magnetic disturbances caused by concealed metallic objects. The FG-3+ Sensor  by FG Sensors , a high-precision single-axis magnetometer  is optimized for use in walkthrough detectors and perimeter security s

"We use hundreds of the FG Sensors in the SAM-III Magnetometer products that we sell. These are primarily used in space weather...

The article provides a comprehensive guide on constructing a DIY metal detector, offering step-by-step instructions. FG Sensors Full...

Flux-gate magnetometers are at the forefront of modern magnetometry solutions, and FG Sensors, a trailblazing provider of cost-effective...

Introduction to Flux-Gate Magnetometers: Unlocking the Secrets of Magnetic Fields with FG Sensors Magnetism, an awe-inspiring force of...

Are you fascinated by the idea of building a DIY metal detector capable of detecting objects at significant depths? Or do you have an interest in constructing a solar storm or aurora observatory? In this comprehensive guide, we'll introduce you to The Grove - Magnetometer Sensor v1.0, a revolutionary device that offers highly precise magnetic field measurements. This exceptional sensitivity unlocks a world of possibilities, making it a versatile tool for various projects and